10 ft. of Green Grippy Tread

am-2611

$45.00

The intent of this product is to use this tread for 4" Performance Wheels. It gives fantastic gripping performance for use on wheels in FTC. Also, this is great gripping material for grabbing objec...Read More

Product Overview

The intent of this product is to use this tread for 4" Performance Wheels. It gives fantastic gripping performance for use on wheels in FTC. Also, this is great gripping material for grabbing objects which have a relatively low coefficient of friction. Use this stuff to wrap around a spinning tube or wheel in order to grip or collect an object.

Specifications

  • CoF: 1.3 (measured on FTC Softtiles)
  • Length: 10 ft.
  • Thickness: 0.1 in.
  • Weight: 0.47 lbs
  • Width: 1 in.

Documents

Additional File(s)
Don't see what you need?

6 reviews

  1. star star star star star 5.0 out of 5 stars

    Review

    good stuff!!

  2. star star star star empty_star 4.0 out of 5 stars

    Review

    4 Stars

  3. star star star star star 5.0 out of 5 stars

    Green Grippy Tread

    Great Tread. Removed rubber tread from standard 4" Tetrix wheel, trimmed off the plastic edges, and glued the Grippy Tread right on to the plastic wheel frame. I buffed off the sharp edges of the Grippy Tread. Did the 15 second floor tile test and the Grippy Tread did NOT harm the tile. Robot is only about 20 lbs. Really heavy robot might harm the tile. Robot climbs the floor of the rescue mountain and crawls over the rods pretty well.

  4. star star star star star 5.0 out of 5 stars

    Review

    5 Stars

  5. star empty_star empty_star empty_star empty_star 1.0 out of 5 stars

    Not good for high torque/speed situations

    We purchased 4" AM performance wheels and wanted to keep wheels as "true to size" as possible. This wasn't first advertised as to use for just FTC (it was added after we talked to AM) and we used it on our FRC robot last week. Long story short, after every 3-4 matches we were swapping out tread due to the softness of the materials and the amount of high torque/speed we were putting on them ran the material right down to nothing.

  6. star star star empty_star empty_star 3.0 out of 5 stars

    Review

    3 Stars

Top of Page